Articles tagged with Vaccine Development
A broadly effective dengue vaccine is still a substantial challenge due to the disease's complexity. However, experts suggest that rethinking existing concepts and developing live attenuated vaccines could lead to more effective solutions.
Researchers at Princeton University developed a mouse model of hepatitis C by introducing human proteins that allow the virus entry to liver cells. The study found that small mutations in a liver cell protein significantly impact viral replication in mice and humans.
The NIH has awarded four Cooperative Research Centers to develop vaccines against syphilis, gonorrhea, and chlamydia. The centers will focus on identifying vaccine candidates that could lead to safe and effective treatments for these diseases.
Researchers have developed an orally administered hepatitis B vaccine that is both effective and safe. The new vaccine uses a technique called 3D imaging to understand how the vaccine behaves in the body, leading to improved efficacy and reduced side effects.
A new study suggests that vaccination could reduce the impact of white-nose syndrome in bats by providing immunity against the fungus Pseudogymnoascus destructans. Bats immunized against Pd were less likely to develop WNS or die from the disease in two initial scientific trials.
A $10.7 million NIH grant will fund the establishment of a Gonorrhea Vaccine Cooperative Research Center, with Oregon State University's Aleksandra Sikora working to develop a vaccine against gonorrhea, a sexually transmitted disease that causes significant harm if untreated or improperly treated.
Researchers developed a novel recombinant vaccine called NIPRAB that shows strong immunization against Nipah virus in animal models. The live vaccine is safe in mice, eliciting a strong antibodies response and reacting to similar viruses like Hendra and Rabies.
A potent and safe vaccine protects against MERS, a viral infection with a 35% mortality rate in 27 countries. The new vaccine platform targets specific cells without causing lung damage, offering a promising strategy for enhancing vaccine safety and potency.
InDevR to showcase VaxArray technology at the BIO International Convention, leveraging NIH SBIR/STTR funding. The company has a proven track record of translating scientific ideas into commercial products.
Researchers at UTMB are developing rapid-acting vaccines and broad-spectrum treatments for Ebola and Marburg, two highly-lethal hemorrhagic fever viruses considered Tier 1 pathogens. The $35M NIH grant will support the creation of new vaccines and treatments to address high mortality rates ranging from 50-90%.
Experts discuss ongoing research on improving seasonal influenza vaccines and developing a universal vaccine for long-term protection against multiple seasonal and pandemic influenza viruses. Recent scientific advances have provided unprecedented momentum toward this goal.
Pediatric health researchers offer new insights for RSV vaccine development, highlighting the importance of type 1 interferons in infants' immune response. The study suggests strategies to enhance type 1 interferon responses and improve existing vaccines, offering hope for prevention of severe RSV disease in infants.
An international research team developed a new technique to analyze vast amounts of data from tiny amounts of newborn blood, revealing molecular changes in the first week of life. The study provides a common developmental pathway for this period, enabling further understanding of newborn health and vaccine impact.
A global team of scientists has mapped a newborn's life development in unprecedented detail, revealing thousands of changes over the first week. This breakthrough study could transform our understanding of health and disease in babies, and inform the development of optimized protective measures, including vaccines.
Researchers have pioneered a technique to analyze tiny amounts of newborn blood, providing the most detailed accounting to date. The study establishes a common developmental pathway for the first week of a newborn's life, offering insights into newborn health and the impact of vaccines.
A Yale team isolated antibodies from mice bitten by mosquitoes and found a protein, AgBR1, that exacerbates Zika infection. Blocking this protein with an antiserum reduced Zika virus levels and provided partial protection in infected mice.
Researchers designed and created proteins that mimicked different surface features of HIV, inducing rabbits to develop antibodies that could bind with the virus. The study provides a novel way to design proteins for vaccines, potentially paving the way for developing a vaccine for HIV.
Researchers found that Human Cytomegalovirus (HCMV) has a lower mutation rate than previously believed, contradicting theories of high genetic diversity. This discovery could pave the way for the development of an effective HCMV vaccine.
Researchers analyzed cervical precancers over seven years and found a 21% decline in CIN2+ cases attributed to HPV16/18. The proportion of these cases declined among vaccinated women, suggesting the vaccine's effectiveness in preventing cervical disease.
Researchers create micromotors coated with red blood cell membranes and titanium dioxide that target the mucus layer of the intestine, stimulating a broader immune response. The oral vaccines successfully delivered in mice, producing ten times more IgA antibodies against Staphylococcal α-toxin than static particles.
Pol Besenius will develop fully synthetic vaccines using modular molecular building blocks to overcome stability and shelf life issues. The SUPRAVACC project aims to create immunological protection against bacterial diseases and anti-tumor vaccines.
A TGen-led study has identified a specific non-polio enterovirus, EV-D68, as the potential cause of an outbreak of Acute Flaccid Myelitis (AFM) among children in Phoenix. The finding is significant as it provides evidence for the need to develop preventative measures, such as new vaccines.
A new long-acting contraceptive designed for self-administration via microneedle patch technology has shown promise in animal testing, providing a therapeutic level of contraception for over a month with a single application. The experimental patch uses biodegradable polymers to slowly release the contraceptive hormone levonorgestrel.
A team of researchers from the University of Copenhagen has successfully completed a phase one clinical trial of their malaria vaccine, demonstrating its safety and ability to induce the desired antibody response in humans. The vaccine is now poised for further testing and potential use in vulnerable populations.
Scientists have developed a new vaccine against the Zika virus, which can prevent microcephaly and other serious conditions in unborn babies. The vaccine is based on the yellow fever vaccine and offers complete protection.
Researchers developed a versatile vaccine effective in mice against Powassan virus and other tick-transmitted flaviviruses. The mRNA-based vaccine platform shows promise for rapid production of vaccines against emerging flaviviruses.
The Wyss Institute aims to develop 'Time-Tolerant Biostasis Therapeutics' that slow down critical processes in the human body, giving time to repair life-threatening injuries. The goal is to stabilize molecules, cells, organs, and metabolic state using temperature-independent mechanisms.
The Butantan Institute and MSD will exchange proprietary process information and clinical trial data, accelerating vaccine development. The partnership aims to create a tetravalent vaccine effective against all four dengue virus serotypes.
Researchers at the University of Hawaii have developed a recombinant subunit vaccine that uses only a small part of the Zika virus to protect against infection. The vaccine has shown efficacy in both mice and monkeys, providing an important milestone in its development.
A joint US-African effort to test the Bharat Biotech typhoid conjugate vaccine (TCV) on 250 children aged 9-36 months in Burkina Faso. The study aims to evaluate the TCV's efficacy when co-administered with other routine vaccines, such as yellow fever and meningitis A vaccines.
Researchers at Princeton University have developed a comprehensive way to evaluate how immune responses of humanized mice measure up to actual humans. The study highlights an experimental paradigm to address the gap in understanding immune responses to human pathogens and potential vaccines.
Scientists developed a human tissue culture construct to test immune responses to vaccines, enabling rapid assessment of candidates and accelerating the development process. The platform replicates immune responses in different populations and age groups, allowing researchers to select human vaccine candidates before human trials.
A new study analyzed nearly 3,800 U.S. outbreaks from 2009 to 2016 and found that severe outcomes were more frequent in outbreaks caused by specific genotypes of norovirus, particularly GII.4. The research may guide efforts to develop vaccines effective against norovirus disease.
The project leverages the multiplexed VaxArray platform to deliver high-quality MR vaccines faster and at lower production costs. Measles and rubella vaccines can prevent these highly contagious diseases, which have had a significant impact globally.
Three experimental Ebola vaccines showed persistent immunity for at least two and a half years, driving new vaccine development against diseases like Lassa fever, Nipah virus disease, and MERS-CoV. The study's findings have implications far beyond the Ebola fight, providing insights that could expedite vaccine development.
Researchers have developed a new vaccine strategy that offers partial protection against the highly contagious infectious bronchitis virus. The recombinant virus vaccine approach has potential to be more cost-effective and respond to emerging new virus strains, but further research is needed to develop a more robust vaccine.
Researchers at U.S. Military HIV Research Program (MHRP) advance experimental heroin vaccine through Phase I/IIa clinical trials. The vaccine aims to block the euphoria and addictive effects of heroin by binding it in the blood, potentially giving people a window to overcome addiction.
A University of Guelph researcher has developed a novel three-in-one vaccine targeting E. coli, Shigella, and Campylobacter jejuni, providing immunity against all three pathogens in mice tests. The vaccine may save lives in developing countries where these pathogens kill over 100,000 children under age five annually.
A novel synthetic DNA vaccine offers complete protection from Zaire Ebolavirus infection, with strong immune responses detected one year after the last dose. The vaccine's efficacy and durability support its potential as a new tool for protection against Ebola virus.
InDevR's VaxArray Influenza Pandemic HA potency assay enables rapid assessment of vaccine potency, reducing bottlenecks in vaccine production and administration. The assay demonstrates high sensitivity, accuracy, precision, and detection of a large panel of influenza viruses with pandemic potential.
Researchers at Kansas State University's Biosecurity Research Institute are studying African swine fever to prevent a potential US outbreak. The virus has already spread throughout Asia and Eastern Europe, threatening the global swine industry.
Researchers at UTMB create DNA-based vaccine that cuts production costs and storage needs by up to 80%. The new platform has potential to serve as a universal platform for developing live-attenuated vaccines for many viral pathogens.
The University of Montana has been awarded a $10 million contract to develop a universal flu vaccine. The project aims to improve both seasonal and pandemic flu vaccines by utilizing a synthetic dual-TLR adjuvant combination system called TRAC-478.
Researchers have identified a key protein called RAB11FIP5 that regulates natural killer cell activity in people who produce protective HIV antibodies. This discovery could lead to the development of a vaccine that triggers these antibodies before HIV infection.
Researchers from the University of Cambridge are launching a new clinical trial for a trivalent vaccine targeting Ebola, Lassa, and Marburg viruses. The vaccine builds on nearly two decades of research and aims to predict future outbreaks by studying natural animal reservoirs.
Researchers from the University of Copenhagen have developed a new vaccine for hay fever that targets specific sugar molecules to improve vaccination efficacy. The vaccine has been tested on mice and in vitro tests, showing potential for increased effectiveness and reduced treatment time.
A new study has identified a key factor in how Enterotoxigenic E. coli (ETEC) causes disease, giving scientists hope for a preventive vaccine. The researchers discovered that ETEC can sense oxygen levels to control toxin production, leading to breakthroughs in understanding the bacteria's virulence.
Researchers discovered that non-circulating memory T cells offer optimal protection against Salmonella infection, leading to the development of more effective and safe vaccines. The study's findings have significant implications for addressing enteric fever and invasive non-typhoidal Salmonellosis in resource-poor communities.
Researchers at UTMB successfully adapted a Zika virus vaccine to target and kill glioblastoma, the deadliest form of brain tumor. The altered vaccine effectively destroyed cancerous brain cells in mice without harming healthy ones.
LumaCyte's Radiance instrument offers rapid analysis of viral vaccines, speeding up development and production. This label-free method provides real-time monitoring of viral infectivity, reducing the time required to obtain an answer from 72 hours to just 5-10 minutes.
A study analyzing 538 vaccine candidates found that only about 128 are likely to reach the market, with many critical products lacking. The researchers estimate it would cost $16.3 billion to move current candidates through the pipeline, highlighting the need for increased investment and innovative approaches.
Gonorrhea is a rapidly worsening public health threat with over 550,000 new cases reported in 2017 and global yearly incidence estimated at 106.1 million cases. Researchers warn that animal models, like mouse models, may not accurately reflect the infection's severity or human immune responses.
Researchers from Karolinska Institutet have discovered that a baby's immune system undergoes dramatic changes within the first few weeks of life, adapting to its new environment. This phenomenon was made possible by using advanced techniques of immune cell analysis.
Developing vaccines for human parasites has proven challenging, with key challenges including immune response issues and limited scalability. GW researchers have outlined five key lessons learned along the critical path to vaccine development, aimed at accelerating progress in eradicating these diseases of poverty.
The Phase 1 clinical trial will analyze the immune response and assess the safety of the experimental vaccine, which has shown promise in earlier tests in rhesus macaques. The trial is designed to enroll 28 healthy adults and will last up to one year.
The incidence of tickborne infections in the US has risen significantly over the past decade. Lyme disease, caused by the spirochete Borrelia burgdorferi, accounts for most reported cases, with over 30,000 annual cases in the US but an estimated 10 times that number.
Chiung-Yu Hung receives $1.9 million grant to develop a vaccine for fungal infections, particularly valley fever caused by Coccidioides fungus. The goal is to prevent illness and save lives by stopping the spread of the infection before it occurs.
Researchers at Shinshu University have developed proteins that can self-assemble into complex nanostructures, a breakthrough in biomolecular engineering and synthetic biology. The new protein complexes can be designed to produce various chain-like structures on demand, opening up possibilities for innovative applications in biotechnology.
A Phase 2 study published in the NEJM found that vaccination can reduce the rate of sustained TB infections, with a 45.4% vaccine efficacy against BCG revaccination. The trial also showed promise for an investigational subunit vaccine candidate, H4:IC31, which reduced sustained infections by 30.5%.
Researchers at Osaka University have discovered a new mechanism of attachment for ETEC bacteria, leading to the development of anti-adhesion agents that can prevent bacterial binding without destroying the bacteria. These agents offer a novel treatment approach that may serve as an alternative to antibiotics.